I believe it’s safe to say that quantum computing has made significant strides in simulating materials effectively. While there’s still room for improving the accuracy of these approximations to achieve more realistic results, the outcomes derived from these simulations have already proven highly valuable for experimental researchers. Not only do these simulations provide valuable insights, but they also help save valuable time and resources.
In today’s scientific landscape, it’s evident that laboratories and research groups are successfully bridging the gap between theoretical simulations and experimental techniques. This combined approach is yielding fruitful results, enhancing our understanding of materials, and advancing scientific progress.